Simply put, larger planets are easier to detect by pretty much all the methods we use for finding exoplanets. The two most successful methods are the transit method and the radial velocity method. The transit method involves detecting the drop in a star's apparent brightness as a planet passes in front of it and blocks a small amount of the light. Larger planets will obviously block more light. The radial velocity technique measures the "wobble" of the parent star caused by the planet's gravity. More massive planets will have stronger gravity and thus produce a larger wobble.
Unless the small woman is a Master in martial arts like Kung Fu or Karate, the large man is will most likely be the winner.
Dwarfs because of their sheer strength and laser beams attached to their heads.
There is probably nothing unique about our solar system. Scientists once thought that planets might be rare, but we're finding that planets appear to be as common as dirt; we know of over 400 "exoplanets" circling other stars. So far, our technology isn't good enough to locate a planet as small as Earth, but with big planets as common as they are, there's no reason to think that "ordinary" worlds will be any more rare.
most likely due to geography, PEI is an island, Nova Scotia is almost an island and perhaps mountains on the west of New Brunswick.
The large nations have more developed economies
Scientists use scientific notation to compute very large or very small numbers.
Exponents is something scientists use to explain something that is very small or very large. Scientific notation is another useful tool.
A lens.
Rutherford gave this model. It is also called planetary model.
a model.
a model.
They use scientific notation for very large or very small measurements
Scientific notation produces convenient numbers when working with very small or very large quantities.
false
false... its likely to occur in small population
Sampling. just did that today in science.
Scientists use models of natural systems because these systems are often too large,too small, or too complex to study directly